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15A04 - Linear and multilinear algebra; matrix theory :: Linear transformations, semilinear transformations

and are almost isospectral owned by asteroid $\operatorname{ker} L=\{0\}$ if and only if is injective owned by Mathprof AB is conjugate to BA owned by Algeboy additive function owned by paolini adjoint endomorphism owned by rmilson admissibility owned by gumau affine transformation owned by matte change of basis owned by CWoo commuting matrices owned by Algeboy complexification of vector space owned by stevecheng conductor of a vector owned by CWoo cyclic decomposition theorem owned by CWoo cyclic subspace owned by CWoo cyclic vector theorem owned by gumau decomposition of orthogonal operators as rotations and reflections owned by stevecheng determining rotations and reflections in $\mathbb{R}^2$ owned by Wkbj79 dimension of the special orthogonal group owned by stevecheng dimension theorem for symplectic complement (proof) owned by matte double dual embedding owned by rmilson dual homomorphism owned by rmilson dual homomorphism of the derivative owned by rmilson equivalently oriented bases owned by bwebste Euclidean transformation owned by CWoo I-AB is invertible if and only if I-BA is invertible owned by asteroid image of a linear transformation owned by Koro invertible linear transformation owned by djao isomorphism owned by djao isospectral owned by asteroid kernel of a linear mapping owned by yark linear isomorphism owned by matte linear transformation owned by CWoo linear transformation is continuous if its domain is finite dimensional owned by matte matrix representation of a linear transformation owned by CWoo minimal polynomial (endomorphism) owned by mathcam necessary and sufficient condition for diagonalizability owned by Mathprof permutation operator owned by Mathprof primary decomposition theorem owned by gumau proof of cyclic vector theorem owned by CWoo proof of necessary and sufficient condition for diagonalizability owned by rspuzio proof of theorem about cyclic subspaces owned by FunctorSalad properties of an affine transformation owned by CWoo self-dual owned by rmilson semilinear transformation owned by Algeboy some facts about injective and surjective linear maps owned by joking squeezing $\mathbb{R}^n$ owned by pahio strain transformation owned by CWoo symmetrizer owned by Mathprof symmetry owned by Wkbj79 symplectic complement owned by matte theorem about cyclic subspaces owned by Mathprof there exist additive functions which are not linear owned by paolini trace owned by mhale unimodular matrix owned by CWoo
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